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Computational Grid for Elastic Solids


\begin{picture}(400,340) % graphpaper(0,0)(400,340) \put(0,00){\epsfig{file=eps/solidgridmolpic.eps}} \put(70,30){${\bf\sigma_{n}}$} \put(30,250){$v_{z}$} \put(130,140){$v_{y}$} \put(250,30){$v_{x}$} \put(350,90){$\sigma_{xy}$} \put(250,190){$\sigma_{xz}$} \put(120,300){$\sigma_{yz}$} \par \put(400,240){{$x$}} \put(370,290){{$y$}} \put(320,320){{$z$}} \end{picture}

\begin{picture}(420,350) % graphpaper(0,0)(420,350) \put(0,0){\epsfig{file=eps/solidgridpic.eps}} \end{picture}

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``Wave Digital Filters and Waveguide Networks for Numerical Integration of Time-Dependent PDEs'', by Stefan Bilbao<bilbao@ccrma.stanford.edu>, (From CCRMA DSP Seminar Presentation, Music 423).
Copyright © 2019-02-05 by Stefan Bilbao<bilbao@ccrma.stanford.edu>
Center for Computer Research in Music and Acoustics (CCRMA),   Stanford University
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